得之優質網路社會」，內容包括：整備優質網路、建立完備U-Taiwan 發展環境、以及 推動U 化生活應用等等。本項研究提案為要呼應政府政策。 本次研究預計實施三年，規畫廣泛運用各種感測裝置，能對智慧環境之點線面距離 感測網路生活照護技術完成一U-Care 應用原型(Prototype)。內容延伸95 年度應用在家 庭活動之辨識系統，擴充至老人照護等各項服務與應用，期許結果發表於國際知名期 刊之成果報告與申請國內外專利達成技術轉移作為目標。 因此，從基本的數學與計算機科學理論基礎，如：Contour Graphics、Self-Organization Map，到各項具有情境感知(Context Aware)特質的系統原型實作，計劃以最紮實的軟體 工程方針逐步實施，目前我們團隊已於近兩年發表兩篇相關會議論文、獲得兩項發明 專利、並已提出兩篇相關專利提案。
Our government starts the U-Taiwan project in 2006 and plans to promote the development of e-Service excellent networking society in ubiquitous computing. The project involves integrated excellent networks, building complete U-Taiwan developing environment, and promote ubiquitous daily application, etc. The research project is proposed for responding to the government. This proposal plans to run three years widely utilizing many kinds of sensor devices to construct a workable application prototype by U-Care technologies applied in ambient intelligence. The target aimed to an intelligent healthcare monitoring system extends the project “Graphic Human-Machine Interface Client/Server System for the Home Activity Recognition”executed in 2006 and expects to achieve a technique transferring in future. Thus, we develop and utilize every useful basic technology from the basic mathematics to artificial intelligence, such as contour graphics, self-organization map and context-aware algorithm, to implement every single software engineering job applied to the U-HOME and U-CARE related research area. As for the theoretical concept foundation, our research team has appeared two conference papers related, two patents, and two other patents in pending.
